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Solid-State Physics: An Introduction to Theory and by Professor Dr. Harald Ibach, Professor Dr. Hans Lüth (auth.) PDF

By Professor Dr. Harald Ibach, Professor Dr. Hans Lüth (auth.)

ISBN-10: 3540568417

ISBN-13: 9783540568414

ISBN-10: 3642972306

ISBN-13: 9783642972300

This advent to solid-state physics emphasizes either experimental and theoretical points of the topic. 3 very important components of contemporary researchare handled particularly aspect: magnetism, superconductivity, and semiconductor physics. Experimental facets with examples taken from learn parts of present curiosity are awarded within the kind of separate panels. This novel layout used to be hugely praised via readers of the orignal German textual content and, right here too, might actually help the scholar to narrate the theoretical techniques defined within the textual content to special functional purposes. scholars will gain considerably from operating during the difficulties regarding each one bankruptcy. in lots of situations those lead into components outdoors the scope of the most textual content and are designed to stimulate extra studying.

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H. 5 G. F. Bacon: Neutron Diffraction, 2nd ed. (Oxford Univ. 6 C. G. Shull, S. Siegel: Phys. Rev. 75, 1008 (1949) 47 X-Ray Interferometry and X-Ray Topography Panel II X-Ray Interferometry and X-Ray Topography = X-ray beams may be used not only to determine the structural parameters of single crystals, but also to determine deviations from periodic structure and to observe defects in the structure. With X-ray interferometry it is possible, for example, to image even slight strains within a crystal.

3]. Surfaces with regularly spaced monatomic steps can be produced by cutting the crystal at the appropriate angle and annealing in vacuum. The atomic beam used in the diffraction experiments is produced by a supersonic expansion of the gas from a nozzle. The interaction between the atoms in the expanding gas produces a velocity distribution that is significantly sharper than the Maxwell distribution present before the expansion. Here one can make an analogy to vehicles traveling on a crowded motorway that have to adjust their forwards velocity to that of the other vehicles.

The diffraction pattern observed after the adsorption of hydrogen. 5 ~ ~10 'E ::l 0I 2 0 () I 5 75° 65° Scattering angle Or Fig. 3. 3). The Miller indices of this surface are (997). As for an optical echelon, one obtains maximum intensity in the diffraction orders that correspond to specular reflection from the contours of the interaction potential. In this case it should be noted that these potential contours are not exactly parallel to the terraces 44 the crystal. Furthermore, diffraction experiments on metals and most other materials could never have been successful prior to the development of ultra-high vacuum technology, which today allows us to prepare extremely clean surfaces.

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Solid-State Physics: An Introduction to Theory and Experiment by Professor Dr. Harald Ibach, Professor Dr. Hans Lüth (auth.)

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